用ATLAS探测器在HL-LHC上观察长寿命粒子

Cristiano Sebastiani
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引用次数: 1

摘要

几个扩展标准模型的新物理模型要求长寿命粒子(LLP)的存在作为暗物质和自然性等问题的解决方案。ATLAS ii阶段升级探测器和高亮度LHC升级的预期大数据集为探测尚未探索的相空间区域提供了机会。对于基于μ介子谱仪的搜索,中性LLP衰变成轻子和光强子的准直喷流(轻子喷流)引起了极大的兴趣。这些粒子提供了一种独特的特征,可以导致早期发现。新的触发技术和算法已被开发和研究,以改善高推力轻子射流的选择。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Long-Lived Particles at HL-LHC with the ATLAS detector
Several new physics models that extend the Standard Model require the existence of Long-Lived Particle (LLP) as a solution for the problems like Dark Matter and Naturalness. The ATLAS Phase-II upgrade detector and the expected large data set from high luminosity LHC upgrade offers an opportunity to probe the yet unexplored region of the phase space. For muon spectrometer based searches, neutral LLP decaying to collimated jets of leptons and light hadrons (lepton-jets) are of great interest. These particles offer an unique signature that can lead to an early discovery. New triggering techniques and algorithm have been developed and studied to improve the selection of highly boosted lepton-jets.
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